This publication provides a multiservice doctrinal reference for planning and executing nuclear, biological, and chemical (NBC)defense operations. It provides tactics, techniques, and procedures for... More > planning NBC defense; describes NBC defense capabilities from the services that could be integrated into an area of operations (AO). Guidelines provided in this manual assist commanders and staffs in integrating NBC defense operations into the context of all other AOs. The defensive measures described herein are useful in nuclear environments to the degree that they provide protection against inhalation or ingestion of and skin contact with radioactive debris. This publication does not comprehensively address defense against other nuclear effects—including heat, blast, and direct irradiation.< Less

This text is designed to help first year forensic science students understand how chemistry and biology applications fit into the larger scheme of forensics. It uses case examples by way of... More > illustration.< Less

This Biology journal is meant to accompany an introductory, laboratory-based course designed to study living organisms and their physical environment. Students should apply scientific methods of... More > inquiry and research in examination of the following Topics: chemical basis of life; cell structure, function, and reproduction; energy; molecular basis of genetics; natural selection and diversity; and ecology. Student can use this journal to reflect on the major topics covered in an introductory Biology course or review topics in an advanced course.< Less

This Biology journal is meant to accompany an introductory, laboratory-based course designed to study living organisms and their physical environment. Students should apply scientific methods of... More > inquiry and research in examination of the following Topics: chemical basis of life; cell structure, function, and reproduction; energy; molecular basis of genetics; natural selection and diversity; and ecology. Student can use this journal to reflect on the major topics covered in an introductory Biology course or review topics in an advanced course.< Less

The most important properties of biological molecules are their interactions with each other, including with solid supports, as in chromatography and blotting. The specificities of these interactions... More > are crucial in identifying and purifying proteins and nucleic acids. These chapters are taken from the larger volume "The Physical and Chemical Basis of Molecular Biology" (2010, Helvetian Press, www.HelvetianPress.com).< Less

Spectroscopic techniques are most commonly used in molecular biology to study macromolecules: absorption and fluorescence of UV or visible light, circular dichroism to monitor their chiral... More > properties, vibrational spectra, and electron spin resonance when molecules have unpaired electrons. These chapters are taken from the larger volume "The Physical and Chemical Basis of Molecular Biology" (2010, Helvetian Press, www.HelvetianPress.com).< Less

This volume describes the various ways to determine the structures of biological materials and molecules, using their interactions with light of widely varying wavelengths, as well as scanning... More > probes. The most detailed structures are determined using X-ray crystallography and NMR. These chapters are taken from the larger volume "The Physical and Chemical Basis of Molecular Biology" (2010, Helvetian Press, www.HelvetianPress.com).< Less

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